fluid manifolds
流体管道
manifolds design
管道设计
exhaust manifolds
排气管道
manifolds system
管道系统
manifolds analysis
管道分析
manifolds pressure
管道压力
manifolds application
管道应用
manifolds flow
管道流动
manifolds optimization
管道优化
manifolds connection
管道连接
manifolds are essential components in automotive engineering.
歧管是汽车工程中的重要组成部分。
the manifold pressure affects engine performance.
歧管压力影响发动机性能。
different types of manifolds are used in various applications.
不同类型的歧管用于各种应用。
understanding manifolds is crucial for mechanical engineers.
理解歧管对机械工程师至关重要。
he explained how the exhaust manifolds work.
他解释了排气歧管的工作原理。
manifolds can increase the efficiency of a system.
歧管可以提高系统的效率。
we need to inspect the intake manifolds for any leaks.
我们需要检查进气歧管是否有泄漏。
manifolds can be made from various materials.
歧管可以由多种材料制成。
the design of the manifolds impacts overall performance.
歧管的设计影响整体性能。
upgrading the manifolds can significantly boost power output.
升级歧管可以显著提高功率输出。
fluid manifolds
流体管道
manifolds design
管道设计
exhaust manifolds
排气管道
manifolds system
管道系统
manifolds analysis
管道分析
manifolds pressure
管道压力
manifolds application
管道应用
manifolds flow
管道流动
manifolds optimization
管道优化
manifolds connection
管道连接
manifolds are essential components in automotive engineering.
歧管是汽车工程中的重要组成部分。
the manifold pressure affects engine performance.
歧管压力影响发动机性能。
different types of manifolds are used in various applications.
不同类型的歧管用于各种应用。
understanding manifolds is crucial for mechanical engineers.
理解歧管对机械工程师至关重要。
he explained how the exhaust manifolds work.
他解释了排气歧管的工作原理。
manifolds can increase the efficiency of a system.
歧管可以提高系统的效率。
we need to inspect the intake manifolds for any leaks.
我们需要检查进气歧管是否有泄漏。
manifolds can be made from various materials.
歧管可以由多种材料制成。
the design of the manifolds impacts overall performance.
歧管的设计影响整体性能。
upgrading the manifolds can significantly boost power output.
升级歧管可以显著提高功率输出。
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